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Genome: The genome of Ramlibacter tataouinensis is composed of a singular circular chromosome that is 4,070,194 base pairs with a guanine and cytosine content of seventy percent, among the highest of proteobacteria. Additionally, the average gene length is 964 base pairs. R. tataouinensis has genetic characterstics that greatly resemble those of aerobic chemo-organotrophic bacterial strain. Furthermore, this strain, R. tataouinensis TTB310 contains genes that encode for proteins to protect the organism against toxicity of reactive oxygen species. It is the first to reveal the kaiC gene that is rarely found within non-photosynthetic bacteria. The gene functions similarly to photosynthetic bacteria by allowing the organism to create an internal molecular clock to coordinate its cell cycle based on the availability of water found in dry and hot desert environments. (Gilles, 2011)